Fast configuration method for large-scale smart-grid communication simulation platform

Abstract

The invention discloses a fast configuration method for a large-scale smart-grid communication simulation platform. The method includes the steps of adding various simulation objects, and configuring corresponding object attributes and services; binding the added objects and attributes to tree nodes and attributes; introducing typical simulation scenes into a scene configuration module in a fast mode; generating a simulation scene file; opening the simulation scene file, and starting simulation. According to the method, aiming at the large-scale smart-grid simulation platform, all kinds of reasonable simulation object models and business models can be designed; the rapid construction of large-scale smart-grid simulation scenes is achieved by adding required objects, a convenient and accurate method is provided to construct the network simulation scenes, and the operation efficiency and simulation effectiveness of the simulation platform are improved.

Description

technical field [0001] The invention relates to the field of communication network simulation, and more specifically, to a rapid configuration method for a large-scale smart grid communication simulation platform. Background technique [0002] Smart grid is a new modern grid formed by highly integrating advanced sensing and measurement technology, information and communication technology, analysis and decision-making technology, and automatic control technology with energy and power technology and grid infrastructure. Its main goal is to realize the reliability, safety, economy, high efficiency, environmental friendliness and safe use of the power grid; compared with the traditional power grid, the smart grid can further optimize the control of power grids at all levels, and build a flat structure, functional modularization, and system configuration The flexible system architecture, through the combination of centralized and decentralized models, flexibly transforms the netw...

AI Technical Summary

Problems solved by technology

[0004] Due to professional limitations, the understanding and grasp of the integrated fusion technology of "power flow, information flow, and business flow" in smart grids by power business operators is not deep enough and accurate;

[0005] The complexity of the power grid structure, the expansion of information capacity, and the increase in real-time information transmission have brought great challenges to the rapid construction of communication simulation platforms;

[0006] The various objects provided by the current communication simulation platform lack the uniqueness of the smart grid business, and cannot satisfy the authenticity and effectiveness of various simulation objects in the smart grid;

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